A randomised controlled double-blind clinical trial focused on the evaluation of the effectiveness of the tranexamic acid on bleeding, pain and wound complications reduction in tibial osteotomies. All the 84 included patients will be randomized in one of the two arms, will undergo to a tibial osteotomy and then will prospectively evaluate at different follow ups until 60 days post-surgery
Tibial osteotomies represents a well-established treatment option for the medial femorotibial knee arthrosis. Osteotomy can be performed in minus or in plus, at the latter case with or without interposition of tissue (autologous bone, heterologous bone or bone substitute). Even though excessive bleeding is not a frequent complication, the blood loss and formation of subcutaneous haematoma can determinate more post-interventional pain, wound suffering and the risk of infections. Tranexamic acid is an antifibrinolytic agent and its use in proximal tibia osteotomies has been retrospectively evaluated in a number of papers, all of which agree on its safety and efficacy in terms of reducing peri-operative bleeding. However, to date there have been no randomised clinical trials demonstrating its superiority in terms of reducing bleeding, subcutaneous haematoma and wound complications in proximal tibia osteotomies. This is a randomised controlled double-blind clinical trial focused on the evaluation of the effectiveness of the tranexamic acid on bleeding , pain and wound complications reduction in tibial osteotomies
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
TRIPLE
Enrollment
49
Patients who will be in the treatment arm after randomisation will receive 100ml saline with a dosage of 20 mg/kg tranexamic acid intravenously at induction. An additional administration of tranexamic acid (10 mg/kg in 100ml intravenous saline) will be given as a booster at the end of the surgical procedure. All the patients will undergo to the same tibial osteotomy procedure.
Patients in this arm will undergo to the tibial osteotomy procedure as by clinical practice
Istituto Ortopedico Rizzoli
Bologna, Italy
Perioperative blood loss (haemoglobin balance):
The perioperative blood loss will be estimated by assessing the haemoglobin balance on the first postoperative day
Time frame: Basal vs the first post operative day
Postoperative transfusion rate
the percentage of transfusions carried out in the two treatment groups will be determined;
Time frame: Perioperative time and postoperative time ( up to 60 days)
Postoperative blood loss
The perioperative blood loss will be estimated by assessing the blood loss after surgery (through the volume of blood collected by drainage);
Time frame: Postoperatively (up to 2 days)
Blood loss after discharge
Post-discharge blood loss will be estimated by assessing haemoglobin balance at 5 and 15 days post-surgery;
Time frame: at 5 and 15 days post hospital discharge
International Knee Documentation Committee objective
The objective rating scale has seven parameters related to knee function. The presence of effusions and degree of knee movement are assessed, the worst value of one of these parameters determines the final IKDC grade. There are four grades (A, B, C, D) that identify a knee assessed as normal, near normal, abnormal and severely abnormal, respectively.
Time frame: Baseline, 30 and 60 days post treatment
Visual Analogue Scale - Pain
visual analogue scale consisting of a straight line segment (10 cm long), the ends of which correspond to 'no pain' and 'strongest pain imaginable'.
Time frame: baseline, 1 day post-treatment, 2 days post-treatment, 1 month, 2 months);
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Soft tissue status
The condition of the soft tissues (swelling, surgical haematoma, wound distress) will be documented and analysed between the two groups by means of photographic documentation and through the Hollander Wound Evaluation Scales
Time frame: perioperatively, 30 and 60 days